Modular Intermittent Horizontal Gasification (MIHG) system

[Sparty]

Batch Operation Benefits:


Eliminates need for pre-treatment of waste
Avoids complex feeding mechanisms
Better handles variable waste quality
Reduces operational complexity


Economic Advantages:
Lower capital costs due to simpler design
Reduced operational costs
Makes distributed (smaller-scale) waste-to-energy projects more economically viable


Key Innovation:
The batch processing approach differs from traditional continuous-feed gasification systems
Specifically designed to handle heterogeneous waste streams

This appears to be targeting one of the major challenges in waste-to-energy processing: the high costs and complexity typically associated with preparing and feeding variable waste materials into gasification systems. Traditional systems often require extensive sorting, shredding, and homogenization of waste before processing.

How batch gasification differs from traditional continuous systems and why it's significant for distributed energy projects.

Traditional Continuous Gasification:

Requires continuous feeding of prepared waste
Needs extensive pre-treatment:

Sorting of materials
Size reduction (shredding/grinding)
Moisture content control
Relatively uniform composition


Complex mechanical systems:

Conveyor systems
Airlocks
Feed hoppers
Agitators


Higher capital and maintenance costs
Typically only economical at large scales

Batch MIHG Advantages:

Simpler Operation:
Loads waste in discrete batches
Can handle mixed waste "as-is"
Less sensitive to size/composition variations
Fewer moving parts


Distributed Energy Benefits:
Smaller scale viable (lower minimum economic size)
Can be located closer to waste sources
Reduces transportation costs
Serves local energy needs
Easier to site and permit smaller facilities


Operational Flexibility:
Can adjust processing parameters between batches
Easier maintenance (can fully shut down between batches)
Better handling of varying waste compositions
Can optimize for different waste types

Visit: https://www.wildfireenergy.com.au/mihg-technology